Wrapping-machine.



A. B. WLES & 0. A. HANFRD.

WRPPING MACHINE.

PPLIOATION HLBD JUNE 2s, 1909. A

Patented Mal. 14, 1911.l

1o SHEETS-sum 1.

{WITNESSEM A. B. GOWLES & 0. A. HANPORD.

' WRAPPING MACHINE.

APPLIUATION FILED 11111523, 1909.

Patented Mar. 14, 1911.

10 BEEETSSHEBT 2.

WITNESSES: INVEN'CEORS: W w M 0M UWM "Ul/VM /7 @47m/v( www A. B. cowLEs a. o. A. HANPORD.

WBAPPING MACHINE.

APPLICATION FILED JUNE 28, 1909.

Patented M31'. 14, 1911.

1o SHEETS-SHEET a.

8 =INVENTORS1 mfg (LA,

A. B. coWLEs @L o. A. HANPORD. WBAPPING MACHINE.

, APPLIUATION FILED JUNE 28, 1909. 986,548, f Patented Mar. 14, 1911.

10 SHEETS-SHEET 4.

A. B. GOWLES & 0. A. HANPORD. WBAPPING MACHINE. APPLIO'ATION :FILED .TUHH 28, 1909. i

986,548. Patented 1131.111911.

10 SHEETS-SHEET 5.

Flcrz.

ao gaa 96 95 96 79 65 60 t5: Y 8/ 95 ff E] .84 94 8, 97 3a '84a 93 n 80 86 ZI 3 l.. zo

.2-S 85 7 Q 83 I '93 a2 t 2/ 2o FIG. l l. 5&65 ,3.

'6 M .97 'W1TNESSE5: .5 lNvErgos:

Lasa-4.771

A. B. cowLBs E o. A. HANPORD.

WRAPPING MACHINE.

APPLIoATIoN FILED :mlm as, 1909.'

Patented Mar. 14, 1911.

10 SHEETS- SHEET- 8.

' INVENToRs:

ITNESSES;

A. B. GOWLES 6v 0. A. HANPORD.

WBAPPING MAGHINE.

l Y APPLIoATIoN Hum Jun'. as, 1909. 986,548. Patent-,ea Mar.14,1911. 1o SHEETS-SHEET '1.

FIG. I3.

A. B. COWLES du 0. A. HANFORD.

` WBAPHNG MACHINE. v

APPLICATION FILED JUNE 28, 1909.

986,548.` I Patented Mar.14,1911.

1o snnnTs-snEBT'a.

FIG. |14.

. *Ho n :3l/'0. 1, j" 77 67 68 TM i 4 WiWi-:5555: INVENTOR5:

A. B. COWLES n 0. A. HANPORD.

WRAPPING MACHINE.

APPLIOATION IILBD JUNE 2e, 1909.

Patented Mar. 14, 1911.

INVENTORS; '46V 'Z2/f i /fy @Qn/cling A. B. GOWLES & 0. A. HANFORD.

WRAPPING MACHINE.

APPLIOATION FILED JUNE 2s, 1909.

986,548. Patented 1113111111911.

10 SHEETS-SHEET 10.

UNITED. salaries eAaENT OFFICE.

ARTHUR B. COWLES AND DEIN -A. HANFOBD.' OIF AR.0(JI-`]3S'J'.EIR.,y NEW YORK, ASSIGNRS TO ROCHESTER WRAPP-ING'MACHINE. COMPANY, OF ROCHESTER, NEW'- YOBK, A

CORPORATION 0F N'EYW j YORK;

WMPPING-MACHINE.

Specification of Letters Patent. Batented ,Dian 14, 1 91 1.

Application filed June 28, 1909. Serial No. 504,850.

To all 'whom 'it may concern:

Be it known that we, ARTHUR B. Cownns and ORIN A. HANronn, citizens of the United States, and residents of Rochester, in the county of Monroe and State ofA New York, have invented certain new. and useful Improvements in. Trapping- Machines, of which thefollowing is a-specitication.

This invention relates to wrapping 1nachilies.

The object of the invention is to provide a machine that will receive Wrapping paper from a roll, fold it; aroundarticles of uni.- formy size that: are fed tothe machine, glue the wrapper. and deliver the. wrapped package, all by automatic mechanism.

In the drawings Fig-ure 1 is a side elevation of the complete machine; Fig. 2 is an endy eleva-tion thereof taken from the right hand side of Fig. 1, parts being broken away; Fig. 3 is a side elevation of th-e paperfeeding and package-feeding mechanism in one position; Fig. 4 shows the same parts as Fig. 3, in another position; Figs. 5 and 6 show the wrapping mechanisms employed for the first and second operations, in their inoperative and operative positions, respectively; Fig. 7 is a vertical cross-section on the line 7 7 of Fig. 6; Fig. 8 is a side elevation of the cutting-off mechanism and the gluing mechanism firstemployed, in one position; Fig. 9 shows the same parts in another position; Fig. 10 is a side view of the mechanism employed for the lirstfolding operation; Fig. 11 is an end view of the same; Fig. 12 is an end view of the gluing mechanism shown in Fig.8; Fig. 13isaside view of the mechanism for operating the second set of wrappers, the cutting-otlI mechanism.the second gluing mechanism and the package discharger, in normal position. Fig. 14 shows the same parts in operative position; Fig. 15 is a side elevatioli of the last folding mechanism, in normal position; Fig. 16 shows the same in operative position; Fig. 1f? is .an 'end view of Fi'g. 15; and Figs. 18 to 21 show the .package in the successive stages of wrapping.

The machine illustrated in the drawings has two side frames, 1, 1 (Fig. 1) which rest -upon the floor. Said -frames supportrevolublv a shaft 2, to which a drum 3 is lixed :that is adapted to contain the packages to be wrapped, in pockets 4 in its periphery.

0n one end of. the shaft 2, outside of the frame 1, is a ratchet disk 5. Near the bottom of the frame4 1, and parallel with it, is a shaft, 6 that is driven by a pulley 7. Said pulley. is connected to.said shaft by a friction clutch 8 that may be controlled by a.

The lat-ter carries several cams for operating various parts of the machine in the proper sequence. The rst cam, 16, engages a roller 17 upon the end of a pivoted arm 18, while thenpper end of the latter carries a pawl 19 that engages with the ratchet disk 5. As the shaft G revolves, the action of the worm 13 against the worm wheel 14 turns the sha-ft 15 in the direction indicated' by the arrow, and at every revolution of the latter, the cam l16 tilts the lever 1.8 about its pivot so. that the pawl 19 turns the ratchet disk 5 to the extent of one tooth, thereby moving the drum 3 a corresponding distance. ln the construction shown in the drawings, eight revolutions of the shaft 15 cause one revolution of the shaft 2.

The pockets 4 in the periphery of the drum 3 each have at their inner ends a block 20, preferably of wood, to which are attached on either side spring clips 21, 21 (Figs. -3 and 4). Said clips are adapted to reta-in yieldingly the package that is to be wrapped while the drum 3 is revolved.

The machine shown is specially adapted l for wrapping loaves of bread. These are fed along a belt 'or flexible carrier 22 (see Figs. 3 and 4) that runs over a pulley 23, the loaves being indicated in the drawings by the letters X, X, etc.

- Pivoted to the frame 1 'at 24 is an arm 25, which carries on its end a plunger or table 26. The table is maintained in its horizontal position by a Weight 27 hanging from it, and is pivoted at 28 in the end of said arm. In the normal position of the arm 25 (Fig. 3),l the top of the table 26 is in line with the top o the belt `22, so that a of said pocket. During this movement the loaf of bread passes onto it from the belt and comes to rest against an abutment 29. As the shaft revolves, a cam 30 on it acts against a roller 31, that is carried on the lever 25 between thejtable 26 and its pivot 24, and swings the arm 25 upward, so that the loaf of bread X that rests upon the table 26 is forced between the springs 21 of that pocket 4 that is directly over it, till it comes in contact with the block at the bottom roller 17 rests on a dwell on the cam 16, and the drum 3 is at rest with the pocket -that is being filled in the -vertical plane throughtheshaft 2, in which positionit remains until the table 26 again begins to f move downward.

The paper for wrapping the bread is fed in a strip A, that is drawn from a roll (not shown in the drawings) by means of a roller 32, so that it passes over the top `of the loa-f X that lies upon the table 26. The paper A is held tightly against the roller 32 by aA pressure roll 33 that can be set up as' required by a screw 34. For driving the paper-feeding roller 32, a gear 35 is attached to it that meshes with a similar 'gear 36 journaled on a stud 37, and the gear 36 is revolved intermittently by a segmental gear 38 that isixed to the shaft 15. The feeding-belt 22 is represented as `driven by va chain 39 that extends from a sprocket 40,

'shown in Fig. 3, and may not always -lie as smoothly as there shown.

A stamp or embossing device may be used, if desired, to impressthe paper just before it is fed into the`machine. A device for this purpose is shown which consists of an abutment 41 that is fixed to a cross-frame 42, and which coperates with a die 43 upon the end of an arm 44 that is supported on the pivot 24. A roller 45 on the arm 44 cooperates with a cam 46, which is so timed with respect to thecam 3() and segmental gear y38 that the die 43 moves up against the abutment 41 and impresses the paper,

60' and then begins to move downward just as the segmental gear 38 comes into engagement .with the gear 36. A guard or stripper 47 lies against the feed roller 32, and guides the paper A up over the top' of the All of the mechanism for performing the it pushes a rod 52 into one of the holes 53 in the drum, one of which is located between every two pockets 4 (Figs. 3 and 4).

To sever the paper A at the proper point to prepare it for the first folding operation, laknife 54 is provided (Figs. 1, 8 and 9), which is fixed to the upper end of a lever 55 that is pivoted to a transverse shaft 56. A spring 57 is coiled about the latter, and tends to throw the upper end of said lever, and accordingly the knife 54, against the peripheryof the drum 3, but is restrained from doing so by a suitable latch mechanism that is automatically released at the proper moment. This latch mechanism consists of a hook 58 that engages an arm 59 fixed to a shaft 60 that extends through one of the side frames 1. On the shaft 60 is a-depending arm 61 that is' adapted to be struck by` a lug 62 that projects from a disk 63 on the shaft 15. The hook 58 is connected by a rod 64 with the lower end of the lever55. When the lug 62 strikes the arm 61, it moves the arm 59 out of engage- 'ment with the hook 58, and the spring 57 throws the upper end of the lever 55 toward the drum 3, so that the knife 54 coperating with'a notch 65 in a bar 65al in the drum 3, when the latter is stationary, cuts olf the paper. A curved slot 66 in the hook 58 cooperates With a pin 67 that projects from one of the levers 68, a pair of which are pivoted on a transverse shaft 69 (see Figs. 13 and 14). The levers 68 are moved in unison about the pivot '69 by means of cams 70 that are fixed upon the cam shaft 15, and engage rollers 71 on the lower ends of said levers. After the knife 54 has been swung against the drum 3l by the spring 57, thepin 67 lies at the outer end of the slot 66. When the'levers 68 are swung by the cams 70 (Fig. 14), the pin 67 (on one lever only) pulls the hook 58 with it, and thus returns the knife 54 and the lever 55 to the position shown in Fig. 8. When the levers 68 have reached the extremity of their movement, the arm 59 is carried into engagement ,with the hook 58 again by means of a spring' 72. Afterthe paper is out, the packa e appears as shown in Fig. 18. The kni e'and its mechanism are so located inA the machine shown in the drawings that the pocket after receiving a loaf of bread turns through another position and into a third before t 1e nism is illustrated in Figs. 8, 9 and 12, and

consists of a reservoir 73 in which a roller 74 is rotatably supported. The latter is intermittently rotated by a chain 75 that runs over a sprocket on the ulley`23 (which, as previously explained, la so operates the belt for feeding the rolls to the machine, and isv operated by t-he segment 38, as has also been explained). The reservoir 73 is supported upon a cross-shaft 76 and at some distance above it. A rod 77 isattached to said reservoir at one end, and at its lother end to the lever 68 a short distance above the pivot 69. When said lever 68 is in its normal position (Fig. 13), the roller 74 is not in contact with the paper upon the peripheryof the drum 3, but as said lever is swung outward to reset the knife, as explained above (Fig. 14),

by the action of the cam 70. the rod 7,7, ,moves the reservoir 73, and therefore the roller 74, toward the drum 3, and said roller strikes the paper A. across itsnentire width, thus depositing a narrow line of glue upon it..v This last described mechanism also operates during the time that the drum 3 is stationary.

The rst and second wrapping operations are illustrated in Figs. 5, 6. 10 and 11, and in the machine shown in the drawings 0ccur when the pocket with the paper and loaf of bread is in its fourth and fifth positions. The function of the first folding mechanism is to turndown those parts of the paper that lie, respectively, on each side of the pocket between it and the notch at which the paper has been cut; while the function of the second folding mechanism is to turn over the bottom and tuck in at the ends of the package the side pieces that project beyond the drum.

The first folders consist of flaps 78 and 79 that are fixed to shaft-s 80 and 81, respectively, on opposite sides of each of the pockets 4 at their upperedges (Fig. 10).

Turning first to the operation of fiaps 78, it is seen that they are normally held away from the pockets and within the periphery of the drum 3 (Fig. 7) by the actionvof springs 82 that push against arms 83 on said shaft 80, and that they are operated by a lever 84 that is pivoted to the frame 1 at 85. The outer end 84 of said lever strikes a dog 86 fixed to the end of the shaft 80 when.

from the lever 68 (Fig. 14). Said rods are continuously forced downward by coiled sprin taine in contact with the arms 90. Onthe upper ends of the rods 88 are blocks 92, and one of these-blocks supports a hook-shaped post 93 (Fig. 5).- When the lever 68 is swung, outwardly, as before described, t reset the knife anddep it glue across the paper by the cam 70, it arm 90 carries the rods 88 upwardly so that the hook portion of the post 93 strikes a projecting arm 94 on the lever ,84- and tilts it about the pivot 85. This swings the dog 86, and turns the shaft 80 partiway around in the direction indicated by t-he arrow in Fig. 5. As soon as the end of the arm` 83 has passed the center of the shaft 80, the spring 82 throws the flap to itsV limit ofmovement, Where it strikes the bottom of the .loaf of bread contained in the pocket 4. Said flap carries with it the loose 91, so that the rollers 89 are main-A After the flap 78 has folded in one side A of the paper, the pawl 19 begins to move the drum 3, and as soon as it moves, a dog 95 upon the shaft 81 strikes a pin 96 that projects inwardly from the frame 1 (Fig. 11), and swings forwardly the flaps 79. Springs 97 throw said flaps downward against the bread, carrying with them the portion A of the paper shown in Fig. 5, and pressing its glue covered portion upon the flap that has already been turned down. The drum thus moves one-eighth of a revolution, and comes to rest again with the center of the pocket 4 directly above the shaft 2. `As the drum rotates, the lever 84 is tilted backward by lugs 3? on the drum 3 that strikes anv extension 84h on said lever. In the position last mentioned, a pair of flat springs 98 that are fixed to castings 99 on a transverse bar 100 press upon the overlapping portions of the paper and maintainthem in contact. Fig. 19 shows the package as it now appears.

The second folding operation, together with the resetting of the flaps 78 and 79. occurs upon the next upward movements of the rods 88. Extending inwardly from the frames lare studs 101 that carrv sleeves 102.

To said sleeves are fixed blades 103, 104,

vloo

j close to the sides of the drum 3. v

side ofthe blocks 92 are plates 110 thatlie These plates-r strike the bottom of they projecting ends-of the folded paper, and turn these ends upwardlyy against the ends of the loaf ofv Vbread before the blades 103 and 104 are moved sufficiently to carry the side portions inwardly. Therefore, the side portions of sition.

the pape'r are not completely folded until the bottom istucked in. The blade v104 completes its movement a little 1n advance of -the blade 103, so thatA the side tucks` may overlap.'

When the block 92 has reached nearly its n ward limit of movement, the upper end ci) the hook post 93 strikesthe dog 86, and the upperen'd of a 'straight post 111str1kes the dog 95. Both of said dogs arethereby tiltedtoward the sides of the pocket 4, and as soon as the springs attached thereto pass the central point," the action of the plat-ter returns the fiaps 78 and 79 to the normal po- The conditionof the package at this time is represented in Fig. 20. It will be observed that by turning in the bottom and sides of the projecting ends of the wrapper, its top portions A2 that still project. beyond the ends of the loaf are caused to tilt upwardly. The konly operation necessary to Complete the wrapping is to apply glue to the top of the package and then turn these ends A2 back upon said glue. The mechanism for applying the glue is shown in Figs. v13 and 14. A glue-reservoir 112 is fixed to apnonrevoluble rod 113 that is su-pported in the frames 1, 1, and said reservoir has a roller 114. A pulley 115, loose upon the rod 113, is revolved by the friction V of a .belt 116 against the periphery of the drum 3, another function of said belt being to retain the completed package in the pocket 4 until ready for ejection. The lower`loop of the belt 116 is hung on a pulley 117, and an ,idler 118 may be used to maintain a proper tension. A sprocket on the pulley V115 carries a chain 119 that connects with the glueroller 114. The latter is thus revolved whenever the drum 3 moves, and so always has 'a fresh supply of glue upon its surface. A pair of short rollers 120 are hung in the ends-v of arms 121 that are pivoted on the rod `1113x5551*The outer ends .of said arms are con- '7.55.-

lnected by rods 122 with the arms 90'of the levers y68.A Whenthe latter are in the normal position (while the drum 3 is '-in mo I ation), the 'rollers 120 rest on the roller 114,4

and receive glue from it (Fig. 13). As' the levers 68 move to the position lshown inFig. 14,. the rods 122 are carried upwardly, and

1 "the arms 121 are swungdownwardly. bringj :ingthe rollers 120V into contact with the top ofthe packagepneariitsends, and depositing n lf? 5,;} 'g'lfiieiat the points indicated by- As in Fig.- 20.l

On the shaft 2, just within each of the sideframes 1, 1, are loose collars 123. Rods 124, fixed to said collars, extend radially beyond the periphery of the drum 3, and are connected by crossbars 125. Lugs 126 are fixed to said crossbars, andv carry twisted lates 127. The latter are vertical at one en (the lefty in Figs. 15. and 16), and horizontal at the other, said vertical portions being some distance from the sides of the drum, and the horizontal portions overlying it just within the sides (Fig. 17). On one of the collars 123, and extending toward the belt 22, is an arm'128,- from which depends a rod 129 (Figs. 15 and 16); Said rod car-A ries at its lower end a hook 130, on which is a beveled lug 131, that engages lthe pin 28 on the table 26 when the'latter is elevated. When said table is lowered, the-pin 28 pulls the hook 130 downward, and the collar 123 is swung as indicated by the arrow, carrying the plates 127 toward the left. The plates, as theyl move,.slide. under the partlyraised ends A2 of the wrapper, and gradually push the latter inward and downward upon the glued top of the package. When the table 26 nearly reaches its lowermost position, the beveled lug 131. strikes a pin 132 on the frame 1, and is moved toward the right, out of engagement with ,the pin 28 (Fig. 16). The parts are carried back to the original positions when the drum 3 begins to move, by the rictionlof the plates 127 against its periphery. At the next succeedingrmovement of the drum 3, 'the package passes under the belt 116, which prevents it from falling out, and the final movement of the drum brings the package in line with a trough or delivery-chute 133, into which it is ejected. Thelatter action is accomplished by the levers 68 as they swing (Fig. 14), fingers 134 being provided at their upper ends to engage the package.

f To stop the machine when the supply of loaves upon the belt 22 gives out, a safety device is provided which permits the s 10 to release the clutch 8 from the pu ey 7. This device consists of a plate 135 that is fixed to a stud 136 (Fig. 1), to which an arm 137 isalso fixed. The plate 135 rests upon the top of the loaf of bread at the end of the belt 22, and when said loaf is passed upon the table 26, and therel are no more ring following, said plate drops down, taking the '55 ,Y fivimtweleiaim-is:

lthe machine may .tuin4 opera-tion by To @Capitaine il ai thefpeiatn that." are performed upon ;theloafl'of'bread` after it has beendeposited' Witljun the pocket and paperby-the-fla hvsdoneby a' stud. on 'the'frame W en te y v afaa-paawhich the table'` 26 aceo lnplishes,` When ,moved d own to A,its ^`no`rnalty position by thefweight attached tcl it).'" In .other Words', thejzlevers 68 control the-.followingfunctions, vizf4 l(a) `lthe" depositV cfg (b) resetting()v l ue; across the lm cu't ,p'aper, ,-knifeafterr vcutting"operaT resetting flaps-f 78 and 79,5(fidepositing yglue for' flaps A2,l and ejection" of comf In additioneam7ofthere `(5a-m46 which stamps 'the pape ered in some` cases: rad

- art` actuated .by oneQ -'tlxoseffoldingjoperat v 'movementfof the drinn tablef, i

. v1. Ina Wrapping on' with a l,rot-aryd*rum 1,havingI pockets for 5 the asrti'clesv to vbe .pleted--packagey All of ,these operations are 1 accomplished by positiv'lction-.of 'said lever 68, Thejlever 681s',` operated-I;intermittentlyl' during the periodsof @res Q ffthe-druin by the cam', f :is-f rettil ed p ingsv :91.

re he. fol-low- (5) segmental' gear 38`- for "operating the. 1

feeding mechanism `oft,y vbothf bread land paper, and 'accomplishesth'ef 'intermittentrotation of first glue rollgThe vonly other means besides the lever G8 Aand the parts last mentioned, l that are vemployed toffope'mte"y any of the mechanism lare (fo)* .the.lugs 3?' for resetting lever 84, and 4(be)""st'ud'sfQS. for

rockingk `the Cllld folding?' platGSQ-l27;' Thus, all these'gseveralniovin parts which,

for their Aoperationre i e' injepdelivI the drinn, andjin lother bell-crank lever 6 order,lf1and1`for'fthes radially' operating movemen .oi-1nd in @hir-lef riimrfrotates),

ing parts; lonfthe' .operat iiifgfshaft` 15 forl the following; ,'functions, 1respectively,y namely, a

vtion of a rotary A.feeding operating-:in subsequent definite positions yof Vthe'. drunif forreturningthe folders to their initial y :posit-ions; c shown fand described.

substantially as 2. `In a Wrapping machine, the combinay tion `With a rotary drum having peripheral pocketsfor'the articles to be Wrapped, of

"side folders pivoted, respectively, atthe sides of said pockets, adapted to swing in over-said pockets, and having, respectively,

voperating varms attached to them; means operating in definite positions of the drum ,for swinging the folders inwardly into the y pockets;- and a .partmovable radially on the fra1ne,.and adapted in a subsequent position thedra'in toengage the arms on said ffoldersftoreset them to their initial posii tions substantially as shown and described.

Inra Wrappingmachine, the combina- 't'i'oniwith an intermittently rotating drum having'.peripheral pockets for the articles ftobe wrapped, of a spring-controlled side @folder pivoted on each side of each pocket at theaipper edge vof the'latter, adapted to "swing over the pocket, each .folder having attached to it an operating arm; means for side/ofthe pockets, byv engagementwith "their saidarms, in one position of rest of thefdrum; and a stationary part attached to the frame, adapted to engage With said v,arms and. thereby operatethe folders that are located on the other side oflthe pockets. asthe drum moves from its said position of 'rest;'s'nbstantially as shown and described. 4, In a Wrapping. machine, the combinarum having peripheral pockets for the articles that are to be Wrapped; side-folding-flaps 78 and 79 pivotved', respectively, at the sides of said pockets,

andhaving, respectively, operating arms v.attached-tothem; and springs adapted both to "hold -said folding-flaps ldown upon the p'acliageandto'hold them in their inoper- -fativepositions back against the drum; subj staiitial-ly 'as shown and described.

`5,1 In' lajfvvrapping machine, the combina- ,a `tion `,of "a rotary drum having vperipheral pockets:v for. the vvarticles that' are to be wrapped; `side-foldiIig-'flaps 78 and 79 pivot- -1 f e`d`,respectively, at the sides of said pockets,

`operating the folders that are located on one i andhaving,,respectively, operating arms atc eciproeatin "Ahead-adaptedto operate said "an, (means for'operating said'fold- -substantiallyas shovvnand del f6.1"-n.,alriy'rappingfmachine, the combinal 1on1-With a rotarycarrier having pockets l adaptedfgto" eceivethc' Wrapping paper-and lef' rticlesfto be Wrapped, of a lsuitable 4 tachedfto"thenif'; a stationary support-on the fl'lmifl,drank lever 84 pivoted to said staf'- tionaryf-siipport, and adapted inone posi# p y rumgto engage the arms on said 4`,foldirigij-fflaps"78; an intermittently-operated,`

' tinvvith a movablecarrrierfhaving pockets .opeln at ,each isideland adaptedto receive 'ew ping-paper and the articles to be wrappe ,of a suitable support on the frame;

,'Wra per'; ,substantially as shown and destationary support on .the frame; a pair 'i of end-folding plates 103, 104, pivotedto said stationary support 0n each .side of the carrier; curved, folding plates v127 supported above they carrier, and adapted, to rockl along its periphery to seal the lapgformed by the plates 103, 104; and meansifor operating said folding devices in the order de scribed; substantially as "shown and described. f y

v7.. In awrappingmachine, the combinah and" described.' A 8. In ajjgwrapping machine, the combina tion With'a movable carrier having pockets adaptedto receive the 'wra ping paper and t-he articles to be Wrap e of means for tucking in the bottom o the w'ra per and folding in its ends; and twistedp foldin plates l127 supported above the carrier` and adapted to move along the carrier to seal the flap `'formed by .folding in the ends of the scri ed.

sermons4 9.`In va wrapping machine, the combination of wrapping means for holding and applying a wrapper, and mechanism for elevating an article to be wrapped into cooperative relation with the Wrappingfneans, said mechanism comprising an an larlym'vabletable-support, a table carrie therebyjand movably mountedv thereon, the table being vbalanced on` the support so-as to remain` always( in horizontal position, and n means for moving the table-support to carry the `table 4vertically toward the wrapping means.

10. In awrapping machine, the combination with a movablevcarrier having pockets .adapted to receive `the wrapping paper and articles 'to' be Wrap ed, of means for placing the articles vvithin the carrier with paper around them; side folders pivoted. on each iside of each pocket adapted to swing in over the pocket; a suitablestationary support; a pair of end-fold1ng plates ivoted to said stationary-support on each slde of the carrier, adapted t-o move upwardly and toward each other; Aand an intermittently oscillating lever for operatlng one of the side foldersin one position of a pocket and the end `folders in a subsequent position of such pocket; substantially as shown land described. v .ARTHUR B. COWLES.' l ORIN A.` HANFORD.

Witnesses for Arthur B. Cowles:

L. THON, D. GURNEE.

Witnesses for AOrin A. Hanford:

- PAUL .MeGANNoN, WALDo W. W1LLaRn.' 

